High-Accuracy COD Digestion Apparatus
Product Specification Sheet
High-Accuracy COD Digestion Apparatus
Model Number: MT-143D
Micro Technologies offers a high-accuracy COD digestion apparatus designed for reliable water quality analysis in laboratories. This system is ideal for environmental testing labs, research institutions, and industrial facilities requiring precise chemical oxygen demand (COD) measurement. Equipped with advanced temperature control and user-friendly features, it ensures consistent digestion performance. Its robust design and efficient operation make it a dependable solution for routine and high-volume testing applications.
Product Specification
The High-Accuracy COD Digestion Apparatus for Laboratory Water Analysis from Micro Technologies is engineered to deliver precise and consistent results for chemical oxygen demand testing. This advanced distillation apparatus-based system features a digital temperature controller, integrated timer, and alert buzzer, ensuring controlled and efficient digestion processes.
Designed for laboratory use, the unit supports multiple sample capacities and accommodates standard reaction vessels with air condensers for safe and effective operation. Its stable construction ensures reliable performance, while the accurate temperature regulation enhances testing consistency. The system is suitable for environmental monitoring, wastewater analysis, and research laboratories where precise COD measurement is essential. With its easy-to-use interface and dependable performance, this COD digestion apparatus improves laboratory productivity and testing accuracy.
Features
- Digital temperature controller for precise regulation
- Built-in timer with buzzer alert for process monitoring
- Supports multiple sample capacities
- Compatible with standard reaction vessels and condensers
- Stable and durable construction for laboratory use
- Designed for accurate and consistent COD analysis
Benefits
- Ensures precise water quality testing results
- Improves efficiency in environmental analysis
- Easy to operate with automated controls
- Reduces manual monitoring effort
- Durable design ensures long-term usability
Product Specifications (Table)
| Parameter | Details |
|---|---|
| Product Name | COD Digestion Apparatus |
| Model No. | MT-143D |
| Type | Water Analysis Digestion Unit |
| Phase / Voltage | Single Phase / 230V |
| Temperature Range | Up to 150°C ± 1°C |
| Reaction Vessel Size | 38–40 mm |
| Control System | Digital Controller with Timer |
| Usage | Laboratory Water Analysis |
Available Variants
- 6 Sample Capacity Unit
- 15 Sample Capacity Unit
SKU System
- COD-006
- COD-015
FAQs
What is the purpose of a COD digestion apparatus?
A COD digestion apparatus is used to measure the chemical oxygen demand in water samples, which indicates the level of organic pollutants. It is widely used in environmental testing, wastewater treatment analysis, and research laboratories.
How accurate is the temperature control system?
The unit features a digital temperature controller capable of maintaining temperatures up to 150°C with high precision (±1°C). This ensures consistent digestion conditions and reliable test results.
Can multiple samples be tested simultaneously?
Yes, the apparatus is available in configurations that support multiple samples, such as 6 or 15 sample capacities. This allows laboratories to increase efficiency and handle higher testing volumes.
Is the unit suitable for continuous laboratory use?
Yes, the apparatus is designed for continuous and routine laboratory use. Its durable construction and automated controls ensure stable performance with minimal maintenance.
Why Choose Our Products
- Manufactured under strict quality standards
- Durable and reliable construction
- Designed for accurate analytical performance
- Strong support for institutional and bulk requirements
Call to Action
Equip your institution with reliable, high-quality laboratory equipment. Request a quote today or contact us for bulk orders to get the best pricing for your laboratory, hospital, or educational institute.